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LymeMIND 2020 Conference https://www.facebook.com/LymeMIND/videos/1779101768915283
Scoping sores for fibers https://www.youtube.com/watch?v=r15HTkllnUQ&list=PL3nII97JiwYsthcZfOl9m_S7c35qbwz3m&index=4
Morgellons disease: Managing an unexplained skin condition https://www.mayoclinic.org/morgellons-disease/art-20044996
$5 (now $7) Scope that I used to take some of my first Morgellons images https://amzn.to/3diP2Rr
Bysameyee USB Digital Microscope 40X to 1000X, 8 LED Magnification Endoscope Camera with Carrying Case & Metal Stand, Compatible for Android Windows 7 8 10 Linux Mac https://amzn.to/3nHhroY
STPCTOU Wireless Digital Microscope USB 50X-1000X 1080P Handheld Portable Mini WiFi Microscope Camera with 8 LED Lights for iPhone/iPad/Mac/Android Phone/Tablet/PC https://amzn.to/30T5sei
This photograph shows crystal hexagonal plates of LuFe6Ge6 grown by dissolving the starting elements in Sn flux at ˜1200°C, then slowly cooling down to 500-800°C. This material has a hexagonal structure and crystals grow as thick hexagonal plates with very smooth surfaces. The iron sublattice is known to order antiferromagnetically at ˜150°C, but the rare earth sublattices in the RFe6Ge6 series are not affected by this ordering and behave independently. Courtesy of Paul Canfield, Ames Laboratory, US Department of Energy.
By Jeremy Murphree4.8
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LymeMIND 2020 Conference https://www.facebook.com/LymeMIND/videos/1779101768915283
Scoping sores for fibers https://www.youtube.com/watch?v=r15HTkllnUQ&list=PL3nII97JiwYsthcZfOl9m_S7c35qbwz3m&index=4
Morgellons disease: Managing an unexplained skin condition https://www.mayoclinic.org/morgellons-disease/art-20044996
$5 (now $7) Scope that I used to take some of my first Morgellons images https://amzn.to/3diP2Rr
Bysameyee USB Digital Microscope 40X to 1000X, 8 LED Magnification Endoscope Camera with Carrying Case & Metal Stand, Compatible for Android Windows 7 8 10 Linux Mac https://amzn.to/3nHhroY
STPCTOU Wireless Digital Microscope USB 50X-1000X 1080P Handheld Portable Mini WiFi Microscope Camera with 8 LED Lights for iPhone/iPad/Mac/Android Phone/Tablet/PC https://amzn.to/30T5sei
This photograph shows crystal hexagonal plates of LuFe6Ge6 grown by dissolving the starting elements in Sn flux at ˜1200°C, then slowly cooling down to 500-800°C. This material has a hexagonal structure and crystals grow as thick hexagonal plates with very smooth surfaces. The iron sublattice is known to order antiferromagnetically at ˜150°C, but the rare earth sublattices in the RFe6Ge6 series are not affected by this ordering and behave independently. Courtesy of Paul Canfield, Ames Laboratory, US Department of Energy.